FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3027550586> ?p ?o ?g. }

• W3027550586 endingPage "1356" @default.
• W3027550586 startingPage "1337" @default.
• W3027550586 abstract "Purpose This study aims to attempt to construct a new mathematical model of the generalized thermoelasiticity theory based on the memory-dependent derivative (MDD) considering three-phase-lag effects. The governing equations of the problem associated with kernel function and time delay are illustrated in the form of vector matrix differential equations. Implementing Laplace and Fourier transform tools, the problem is sorted out analytically by an eigenvalue approach method. The inversion of Laplace and Fourier transforms are executed, incorporating series expansion procedures. Displacement component, temperature and stress distributions are obtained numerically and illustrated graphically and compared with the existing literature. Design/methodology/approach This study is to analyze the influence of MDD of three-phase-lag heat conduction interaction in an isotropic semi-infinite medium. The current model has been connected to generalize two-dimensional (2D) thermoelasticity problem. The governing equations are shown in vector matrix form of differential equation concerning Laplace-transformed domain and solved by using the eigenvalue technique. The combined Laplace Fourier transform is applied to find the analytical interpretations of temperature, stresses, displacement for silicon material in a non-dimensional form. Inverse Laplace transform has been found by applying Fourier series expansion techniques introduced by Honig and Hirdes (1984) after performing the inverse Fourier transform. Findings The main conclusion of this current study is to demonstrate an innovative generalized concept for heat conducting Fourier’s law associated with moderation of time parameter, time delay variable and kernel function by applying the MDDs. However, an important role is played by the time delay parameter to characterize the behavioral patterns of the physical field variables. Further, a new categorization for materials may be created rendering to this new idea along MDD for the time delay variables to develop a new measure of its potential to regulate heat in the medium. Originality/value Generalized thermoelasticity is hastily undergoing modification day-by-day from basic thermoelasticity. It has been progressed to get over from the limitations of fundamental thermoelasticity, for instance, infinite velocity components of thermoelasticity interference, in the adequate thermoelastic response of a solid to short laser pulses and deprived illustrations of thermoelastic performance at low temperature. In the past few decades, the fractional calculus is used to change numerous existing models of physical procedure, and its applications are used in various fields of physics, continuum mechanics, fluid mechanics, biology, viscoelasticity, biophysics, signal and image processing, control theory, engineering fields, etc." @default.
• W3027550586 created "2020-05-29" @default.
• W3027550586 creator A5010815887 @default.
• W3027550586 creator A5018675161 @default.
• W3027550586 creator A5022408324 @default.
• W3027550586 date "2020-05-20" @default.
• W3027550586 modified "2023-09-26" @default.
• W3027550586 title "Memory-dependent derivative under generalized three-phase-lag thermoelasticity model with a heat source" @default.
• W3027550586 cites W1973038067 @default.
• W3027550586 cites W1985614191 @default.
• W3027550586 cites W1987145007 @default.
• W3027550586 cites W2000761434 @default.
• W3027550586 cites W2006991582 @default.
• W3027550586 cites W2008118527 @default.
• W3027550586 cites W2011970606 @default.
• W3027550586 cites W2021096596 @default.
• W3027550586 cites W2038000836 @default.
• W3027550586 cites W2038290096 @default.
• W3027550586 cites W2038940027 @default.
• W3027550586 cites W2046353658 @default.
• W3027550586 cites W2053992765 @default.
• W3027550586 cites W2058169764 @default.
• W3027550586 cites W2062339590 @default.
• W3027550586 cites W2077234159 @default.
• W3027550586 cites W2085103034 @default.
• W3027550586 cites W2089542061 @default.
• W3027550586 cites W2134837756 @default.
• W3027550586 cites W2143023122 @default.
• W3027550586 cites W2164575295 @default.
• W3027550586 cites W2299797153 @default.
• W3027550586 cites W2416257868 @default.
• W3027550586 cites W2537609436 @default.
• W3027550586 cites W2560667084 @default.
• W3027550586 cites W2589750688 @default.
• W3027550586 cites W4230822328 @default.
• W3027550586 doi "https://doi.org/10.1108/mmms-10-2019-0182" @default.
• W3027550586 hasPublicationYear "2020" @default.
• W3027550586 type Work @default.
• W3027550586 sameAs 3027550586 @default.
• W3027550586 citedByCount "2" @default.
• W3027550586 countsByYear W30275505862020 @default.
• W3027550586 crossrefType "journal-article" @default.
• W3027550586 hasAuthorship W3027550586A5010815887 @default.
• W3027550586 hasAuthorship W3027550586A5018675161 @default.
• W3027550586 hasAuthorship W3027550586A5022408324 @default.
• W3027550586 hasConcept C102519508 @default.
• W3027550586 hasConcept C121332964 @default.
• W3027550586 hasConcept C134306372 @default.
• W3027550586 hasConcept C158693339 @default.
• W3027550586 hasConcept C17685861 @default.
• W3027550586 hasConcept C207864730 @default.
• W3027550586 hasConcept C28826006 @default.
• W3027550586 hasConcept C33923547 @default.
• W3027550586 hasConcept C60455284 @default.
• W3027550586 hasConcept C62520636 @default.
• W3027550586 hasConcept C97937538 @default.
• W3027550586 hasConceptScore W3027550586C102519508 @default.
• W3027550586 hasConceptScore W3027550586C121332964 @default.
• W3027550586 hasConceptScore W3027550586C134306372 @default.
• W3027550586 hasConceptScore W3027550586C158693339 @default.
• W3027550586 hasConceptScore W3027550586C17685861 @default.
• W3027550586 hasConceptScore W3027550586C207864730 @default.
• W3027550586 hasConceptScore W3027550586C28826006 @default.
• W3027550586 hasConceptScore W3027550586C33923547 @default.
• W3027550586 hasConceptScore W3027550586C60455284 @default.
• W3027550586 hasConceptScore W3027550586C62520636 @default.
• W3027550586 hasConceptScore W3027550586C97937538 @default.
• W3027550586 hasIssue "6" @default.
• W3027550586 hasLocation W30275505861 @default.
• W3027550586 hasOpenAccess W3027550586 @default.
• W3027550586 hasPrimaryLocation W30275505861 @default.
• W3027550586 hasRelatedWork W1683686516 @default.
• W3027550586 hasRelatedWork W2002004938 @default.
• W3027550586 hasRelatedWork W2002170448 @default.
• W3027550586 hasRelatedWork W2039195814 @default.
• W3027550586 hasRelatedWork W2144719520 @default.
• W3027550586 hasRelatedWork W2577429376 @default.
• W3027550586 hasRelatedWork W291943814 @default.
• W3027550586 hasRelatedWork W2945283683 @default.
• W3027550586 hasRelatedWork W3003685620 @default.
• W3027550586 hasRelatedWork W4281687088 @default.
• W3027550586 hasVolume "16" @default.
• W3027550586 isParatext "false" @default.
• W3027550586 isRetracted "false" @default.
• W3027550586 magId "3027550586" @default.
• W3027550586 workType "article" @default.